Resistive magnets made from metals such as copper provide flexibility and quick control over the magnetic field but are prone to generating heat. Although resistive magnets are less efficient than their superconducting counterparts, which require very low temperatures to operate, the Chinese Academy of Sciences’ breakthrough marks a significant advance in the field.
Although it cannot achieve the 45.2T hybrid magnet record set by the same team in 2022, this new magnet opens the door to improved magnet-based devices and new experiments in the field of electromagnetism.
Source: Ferra
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